Nuclear
Long-term, carbon-free power.
Nuclear energy is part of Alania Energy's long-term plan for the Cedar City Energy Campus: a source of large-scale electricity that produces no carbon emissions while it operates and runs around the clock.
Carbon-free operation
Nuclear plants produce electricity without burning fuel, so they emit no carbon dioxide while operating.
Always on
Nuclear units typically run at full output for long stretches between refueling outages.
Compact footprint
A nuclear plant produces a large amount of power from a relatively small area of land.
Long asset life
Nuclear facilities are designed to operate for decades.
Why nuclear
Large customers increasingly want power that is both reliable and clean. Nuclear is one of the few sources that offers both at scale: it delivers steady, around-the-clock output and produces no carbon emissions during operation.
For an energy campus serving demanding, continuous loads, that combination makes nuclear a natural long-term complement to natural gas generation.
Advanced nuclear
The nuclear industry is moving toward a new generation of reactor designs, including small modular reactors. These designs aim to use factory-built components, smaller unit sizes and passive safety features that rely on natural forces such as gravity and convection rather than operator action.
Alania Energy's plan centers on advanced nuclear as a long-term component of the campus generation mix.
How it fits with natural gas
Nuclear projects have longer licensing and construction timelines than gas-fired generation. Natural gas provides firm power in the nearer term, and nuclear is the long-term addition, so the campus is designed to offer firm supply first, with a path to a lower-carbon generation mix over time.
- Near term
- Planned natural gas generation is intended to deliver firm, dispatchable power.
- Long term
- Advanced nuclear adds carbon-free, around-the-clock capacity.
Safety and oversight
Commercial nuclear generation in the United States is licensed and regulated by the U.S. Nuclear Regulatory Commission, which oversees siting, design, construction and operation. Any nuclear generation on the campus would proceed through that federal process.
Interested in carbon-free capacity?
Reach out to discuss long-term power needs and the role of nuclear on the campus.